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GE IC695ALG616-EA Analog Input Module

Item NO.:
IC695ALG616-EA
Payment:
T/T
Price:
$938/
Product Origin:
USA
Color:
NEW
Product weight:
1.21KG
Lead Time:
In stock

- - - - GE IC695ALG616-EA PACSystems RX3i Analog Input Module
        
        Product Overview
        
        Brand: GE Fanuc / Emerson
        Series: PACSystems RX3i
        Model: IC695ALG616-EA
        Product Type: Analog Input Module
        Function: A configurable non-isolated analog input module designed for GE PACSystems RX3i PLC systems. It collects voltage and current signals from field devices, converts analog signals into digital data, and transfers process information to the PLC CPU for monitoring and control.
        
        Technical Specifications
        
        Module Type: Analog Input Module
        
        Series Compatibility: PACSystems RX3i
        
        Module Version: EA Revision
        
        Input Channels:
        
        16 single-ended inputs
        
        8 differential inputs
        
        Input Type: Configurable voltage/current analog input
        
        Input Signal Range:
        
        Current Input
        
        0–20 mA
        
        4–20 mA
        
        ±20 mA
        
        Voltage Input
        
        ±10 VDC
        
        0–10 VDC
        
        ±5 VDC
        
        0–5 VDC
        
        1–5 VDC
        
        Resolution: 24-bit ADC conversion
        
        Data Format:
        
        IEEE 32-bit floating point
        
        16-bit integer format
        
        Input Filter Settings:
        
        8 Hz
        
        12 Hz
        
        16 Hz
        
        40 Hz
        
        200 Hz
        
        500 Hz
        
        Backplane Installation: RX3i Universal Backplane
        
        Slot Occupation: 1 slot
        
        Power Consumption:
        
        3.3 VDC: 450 mA
        
        5 VDC: 600 mA
        
        Operating Temperature: 0°C to 60°C
        
        Terminal Block Compatibility:
        
        IC694TBB032
        
        IC694TBB132
        
        IC694TBS032
        
        IC694TBS132
        
        Advantages & Features
        
        High-Precision Signal Acquisition
        
        Uses a 24-bit ADC converter to provide accurate measurement of industrial analog signals for reliable process monitoring.
        
        Flexible Input Configuration
        
        Each channel can be configured for different voltage or current signal ranges, allowing connection with various sensors and transmitters.
        
        High Channel Density
        
        Supports up to 16 single-ended or 8 differential inputs in one compact module, saving control cabinet space.
        
        Software Configurable
        
        Configuration is completed through PLC programming software without hardware jumper settings, simplifying installation and maintenance.
        
        Advanced Diagnostic Functions
        
        Supports channel fault reporting, alarm monitoring, open-circuit detection, and signal status diagnostics.
        
        Reliable RX3i Integration
        
        Designed for GE PACSystems RX3i universal backplanes, providing stable communication with CPU and other I/O modules.
        
        Typical Applications
        
        Industrial automation systems
        
        Process control systems
        
        Oil & gas equipment
        
        Chemical processing plants
        
        Power generation systems
        
        Water treatment facilities
        
        Temperature, pressure, and flow monitoring
        
        Factory production lines
        
        Machine automation systems
        
        Precautions
        
        Confirm compatibility with GE PACSystems RX3i Universal Backplane before installation.
        
        Verify analog input signal type and range before wiring.
        
        Use shielded cables for analog signal connections to reduce noise interference.
        
        Ensure correct wiring polarity for differential inputs.
        
        Configure channel parameters correctly in PLC software.
        
        Avoid exceeding input voltage/current limits.
        
        Disconnect power before installing or removing the module.
        
        Perform calibration and signal testing after replacement.